Sudhakar "Bob" Chaphalkar
Lansing, Michigan 48912
517-***-**** home
517-***-**** mobile
abl6u0@r.postjobfree.com
http://www.linkedin.com/pub/bob-chaphalkar/8/4b3/8
EDUCATION
B.S. in Electrical Engineering, 1973
Detroit Institute of Technology, Detroit, Michigan
Coursework in Electrical Engineering, 1968 to 1972
Michigan State University, East Lansing, Michigan
B.S. in Physics, Chemistry & Mathematics, 1968
Marathwada University, Aurangabad, India
A.A. in Photography, 2011 (expected)
Lansing Community College, Lansing, Michigan
Fluency in English, Marathi and Hindi
EXPERIENCE
Senior Controls/Electrical Engineer
2005 to 2009
Control System Integrators Inc., Lansing, Michigan
Debug and start up ControlLogix based systems. Program, start up and debug
PowerFlex drives; debug ControlNet, DeviceNet and EtherNet/IP networks
installed on five new FedEx "Next Gen (sortation) hub" sites. Develop
standards for design and design reviews. Develop procedures for various
engineering functions. Consulting for the following companies:
Industrial Machine Products (IMPCO), Lansing, Michigan
Design and develop control systems for Micro finishing machines for
major automotive companies. Specify, design and layout electrical
control (equipment) for dedicated Micro polishers for automotive.
Utilize and integrate new MMI hardware and PLCs. Provide complete
system design. Work with shop floor personnel to commission the job.
Manage projects as required by IMPCO.
.
RDS Engineering and Jacobs Engineering, Battle Creek, Michigan
Manage Electrical Controls projects for Kellogg's Company. Specify,
design and layout electrical control (equipment) for process control
equipment such as mixers, blenders, conveyors and scales. Research new
MMI, hardware and software, new and advanced PLCs. Provide complete
system design. Debug and run the above equipment on the shop floor.
Manage projects as required by Kellogg's.
Controls Manager/Senior Electrical Engineer
2002 to 2005
Automated Process Equipment Corporation, Lake Odessa, Michigan
Manage Electrical Controls Department. Specify, design and program complete
electrical control equipment for process control equipment such as mixers,
blenders, conveyors, scales, weigh screw conveyors, Micro Ingredient
Scales. Research new MMI hardware and software, new and advanced PLCs.
Designed custom heater controls for the mixer coater equipment. Provide
complete system design. Debug and run the above equipment on the shop
floor. Manage projects as required by the customer.
Designed Control Equipment using the following PLCs: Allen-Bradley
(all types and sizes except PLC-3)
Designed Equipment using the following MMIs: Allen-Bradley PanelView
550, PanelView 300, and RSView32
Self-Initiated Energy Saving Project: Recommended that we turn off all
office equipment through most weekends for energy savings saving the
company at least $2,000 per year and extended life of the equipment by
three years. Total estimated savings over next three years: $6,000
Senior Designer/Controls Engineer
2000 to 2002
Eckhart & Associates, Lansing, Michigan
Specify, design and program complete electrical control equipment for a
turnkey operation. This includes: articulating arms, conveyors, presses,
and machines, test equipment, interfaces to other units such as
robots/gantries etc. Specify and design hydraulic & pneumatic controls for
the above items. Debug and run the above equipment. Manage projects as
required by the customer.
Designed Control Equipment using the following PLCs: Telemecanique,
Allen-Bradley (all types and sizes except PLC-3)
Designed Equipment using the following MMIs: Allen-Bradley PanelView
550
Self-Initiated Energy Saving Project: Reconfigured and reprogrammed
the shop air compressor to save at least $2,000 per year and extended
life of the equipment by ten years. Total estimated savings over ten
years: $22,000
Senior Designer/Engineer
1986 to 2000
Cummings Industrial Systems, Lansing, Michigan
Specify, design and program complete electrical control equipment for a
turnkey operation. This includes: conveyors, presses, and machines, test
equipment, interfaces to other units such as robots/gantries etc. Specify
and design hydraulic & pneumatic controls for the above items. Debug and
run the above equipment. Manage projects as required by the customer.
Designed Control Equipment using the following PLCs: Honeywell 635,
Allen-Bradley (all types and sizes except PLC-3); Square-D Series 600
and 400; Modicon 484, 584, 984-680; GE Series-1; Mitsubishi F and A
Series
Designed Control Equipment using the following Drives: Allen-Bradley
1305, 1336 plus; Square-D Altivar
Designed Equipment using the following MMIs: Allen-Bradley PanelView
550, PanelView 1200; IDT Panelmate (all models)
Examples of Major Projects:
GM: SMCO/ GMPT (Saginaw, Michigan): "Andon" display systems for Green
Aluminum Machining area, South Core Room, Cupola and Charger system
for iron melting operations: completely reengineer the above systems
for a turnkey solution.
GM LAD (Lansing, Michigan): Design and implement energy management
system for building 90.
GM Kalamazoo (Kalamazoo, Michigan): Design and implement press
automation and interface to robots between the presses.
GM Cadillac (Grand Blanc, Michigan): Press automation, welding nests
etc.
FORD (Dearborn, Michigan): Six PLC 5/40s controlling presses,
interfaced with five FANUC robots and a main PLC 5/60 supervisor;
automatic shut height changes based on data tables entered into A-B
PanelView 1200s. Start up and debug
Allied Signal Bendix BOSCH: Retrofit new controls for a 22 station and
for a 24-station transfer line; with each station on a remote I/O and
almost each spindle on a 1336 plus drive. Start up and debug
Diamond Star Motors (Mitsubishi): Interface Mitsubishi PLC to twin
FANUC robots to apply rear quarter glass and primer to car (Eclipse)
on the assembly line
Universal Electric (now Magnetek), Owosso, Michigan
Project Engineer, Research & Development
1983 to 1985
Designed, developed, tested and analyzed fractional hp electric
motors. Designed laminations, windings and other electrical and
mechanical components. Examples of typical assignments are shown
below:
. Design of a high efficiency electric motor for the 8-pole
fan market. Savings of $1.20 per motor
. Investigation of a capacitor problem: savings of $35,500
. Improvement of brush life: Continuation of performance
improvement
. Design new laminations for a small motor: Entry into a
2,000,000 motors per year market
. Elimination, modification & improvement of Test equipment for
R&D
Process Control Equipment Manager
1982 to 1983
Designed, developed and built process control equipment. Specified and
purchased control and test equipment. Supervised 3 electronic
technicians in this activity. Examples of typical assignments are
shown below:
. Standardization of all process control equipment
. Standardization and documentation of all "production processes
used in all four plants
. Reduce excessive Flash on Rotors
. Improvement of Quality Standardization of Varnish Process
. Introduction of Test Standards and Process standards
. Quality charts for various processes: Quality of Fields, rotors,
varnish etc
Test Equipment Manager
1978 to 1982
. Standardization of "HIPOT" Equipment
. Torque Test Equipment for Die Cast Rotors (aluminum)
. Equipment modernization of pump test equipment line
. Update of Test procedures on motors
. Employee Training: Motor Theory Classes for all hourly employees
. Test equipment - "Quality of Fields"
. Submersible Pump Motor Test Equipment
A/V Technician
1973 to 1978
Instructional Media Center, Michigan State University, East Lansing,
Michigan
Troubleshoot, repair, tune and upgrade various types of audio/visual
equipment. Support all academic sessions, cultural events and sports events
on and off campus, including set-up, operation and take-down
Faculty Assistant in Electrical Engineering
1972 to 1973
Detroit institute of Technology, Detroit, Michigan
Assist professors and lab personnel in the Electrical Engineering
department, tutor freshmen students in Electrical Engineering
INTERESTS
Photography: Nature, Commercial & portrait photography.
Electronics: Learning and experimenting with new microcontrollers and
sensors and gadgets
Sports: Golf, Bicycling
Philosophy, art